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Picture of Benjamin Leffel
Benjamin Leffel

Corporate sustainability, or environmental governance by large private sector organizations, requires rethinking how firms operate in response to urgent climate and social challenges, and aligning business strategy with decarbonization, and balancing stakeholder expectations with long-term value creation. The rise in corporate sustainability presents the opportunity for firms to redefine their purpose, serving society rather than markets only. This course trains students to lead in corporate sustainability in terms of both the theory and applied practice, across several key areas: Energy efficiency, carbon target setting, decarbonizing energy consumption, stakeholder engagement and materiality assessment, financing sustainable goals, tracking and disclosing internal climate metrics, and calculating carbon footprint. This includes setting carbon targets using the Science-Based Targets Initiative (SBTI) target setting tool; reading live building energy system analytics and understanding how inefficiencies are detected and remedied in real time; how to navigate different sources and forms of climate finance, including incentives, to defray the cost of achieving sustainability goals and environmental law compliance; using internal stakeholder engagement and materiality assessment from large firms to understand how effective stakeholder engagement and materially relevant impacts by firm operations are assessed; how tracking and disclosure of climate metrics to key repositories such as CDP is conducted to enable climate performance assessment; and how to calculate greenhouse gas emissions equivalences of large corporate activities and events. By integrating theory, data, and hands-on exercises, this course equips students with the skills needed to lead corporate sustainability efforts and meet the growing demand for climate accountability in business.

Picture of Steven Adler
Steven Adler

This course explores how strategic awareness and risk management influence the relationship between the business,
environment, and society. Students will learn to identify and manage risks associated with sustainability initiatives
through project-based learning. The course highlights the critical role of strategic planning and risk assessment in the
management of projects and their impact to business sustainability in a complex global landscape

Picture of Bruce Usher
Bruce Usher

Climate change may be today’s most serious challenge to the future of humanity. Scientists have concluded that avoiding catastrophic climate change will require a reduction in greenhouse gas emissions to zero by 2050 or shortly thereafter, a dramatic reversal after several hundred years of industrial growth. This will require a rapid transformation of the global economy, requiring trillions of dollars in capital and creating new and risks and opportunities for investors to finance the transition. This course builds on the lessons learned in B8705 Business and Climate Change. The course begins with an introduction to climate finance and the topic of carbon markets, followed by classes on project finance to finance renewable energy, venture and growth capital to finance emerging climate technologies, and public equity strategies including divestment and ESG investing. Financial products in the fixed income and insurance markets are examined for climate impact, followed by a class session on development finance to understand the unique challenges and solutions to investing in climate solutions in emerging markets. The course wraps-up with a class session on the strategies used by banks and investment firms for the transition to net zero, concluding with a discussion of the impact of the climate crisis on opportunities and careers in finance.

Picture of Open CC
Open CC

The Legal Pathways to Deep Decarbonization Model Law Project (LPDD-MLP) is a pro bono effort to draft model laws for use by legislators at the federal, state and local levels to support their efforts to achieve deep reductions in fossil fuel use and greenhouse gas emissions. The project is based on recommendations from the groundbreaking book Legal Pathways to Deep Decarbonization in the United States (Michael Gerrard and John C. Dernbach, eds., 2019). The work is supported by Columbia University’s Sabin Center for Climate Change Law and Widener University Commonwealth Law School’s Environmental Law and Sustainability Center. Dozens of law firms and individual lawyers are contributing to this pro-bono effort as drafters, peer reviewers or in reaching out to policymakers.

Our website, LPDD.org, contains over 80 model laws that are a starting place for discussion and collaboration among elected officials, non-profit groups, and the private sector for enabling the U.S. to address climate change by reducing U.S. GHG emissions to net zero by 2050 or earlier. The site includes several Top 10 lists for some of the key categories, like electric vehicles, PUC’s, buildings and other topics as a short-hand introduction. In addition, the site references hundreds of other actions that states and other governmental bodies have taken to move towards decarbonization more rapidly. By providing policymakers the tools to achieve deep decarbonization, the Project will help achieve a restructuring of the energy economy, thus alleviating the worst effects of climate change, which are disproportionately suffered by marginalized communities, while providing such positive benefits as economic security, social equity, and environmental justice (EJ).

Picture of Fernando Diaz Lopez
Fernando Diaz Lopez

The case describes the landscape of French dairy farms, detailing their economic performance, structure, and the ongoing workforce reorganization. Environmental challenges, especially the complex assessment of a dairy farm’s impact on the environment, are discussed, emphasizing the delicate balance between emissions and carbon sequestration.

Picture of Fernando Diaz Lopez
Fernando Diaz Lopez

The Maastricht Manual on Measuring Eco-innovation offers guidance on the measurement of eco-innovation in order to provide high quality data for research and policies to support the green economy. It is the companionship material for the inno4sd open courses on (1) What is innovation for sustainable development and (2) Introduction to Green Economy.

The Maastricht Manual has been designed for researchers, policy makers and statisticians from National Statistical Offices (NSOs) and other organisations responsible for collecting and producing indicators. Policy makers and scholars can also use the Maastricht Manual to research and teach about the types of data that are required to inform green economy decision making and consequently to demand and fund the collection of relevant, high quality indicators on eco-innovation.

The Maastricht Manual has been written by leading scholars in the fields of innovation for sustainable development – some of them having led the process of revision of the latest version of the OECD Oslo Manual for the Measurement of Innovation.

Picture of Gernot Wagner
Gernot Wagner

Columbia Business School’s Climate Knowledge Initiative provides business leaders with the curated, actionable knowledge needed to pick investable and scalable green technologies, while unapologetically flagging areas where business and public interests diverge.

This PPT deck and PDF provides a deep dive into wind.

Picture of Gernot Wagner
Gernot Wagner

Columbia Business School’s Climate Knowledge Initiative provides business leaders with the curated, actionable knowledge needed to pick investable and scalable green technologies, while unapologetically flagging areas where business and public interests diverge.

This PPT deck and PDF provides a deep dive into what it would take to store energy at scale.

Picture of Gernot Wagner
Gernot Wagner

Columbia Business School’s Climate Knowledge Initiative provides business leaders with the curated, actionable knowledge needed to pick investable and scalable green technologies, while unapologetically flagging areas where business and public interests diverge.

This article focused on four key points for business leaders working on energy storage.

Picture of Gernot Wagner
Gernot Wagner

Columbia Business School’s Climate Knowledge Initiative provides business leaders with the curated, actionable knowledge needed to pick investable and scalable green technologies, while unapologetically flagging areas where business and public interests diverge.

This PPT deck and PDF provides a deep dive into what it would take to green hydrogen.

Picture of Gernot Wagner
Gernot Wagner

Columbia Business School’s Climate Knowledge Initiative provides business leaders with the curated, actionable knowledge needed to pick investable and scalable green technologies, while unapologetically flagging areas where business and public interests diverge.

This article focused on four key points for business leaders working to green hydrogen.

Picture of Gernot Wagner
Gernot Wagner

Columbia Business School’s Climate Knowledge Initiative provides business leaders with the curated, actionable knowledge needed to pick investable and scalable green technologies, while unapologetically flagging areas where business and public interests diverge.

This PPT deck and PDF provides a deep dive into what it would take to decarbonize the steel industry.

Picture of Gernot Wagner
Gernot Wagner

Columbia Business School’s Climate Knowledge Initiative provides business leaders with the curated, actionable knowledge needed to pick investable and scalable green technologies, while unapologetically flagging areas where business and public interests diverge.

This article focused on four key points for business leaders working to decarbonize the steel industry.

Picture of Gernot Wagner
Gernot Wagner

Columbia Business School’s Climate Knowledge Initiative provides business leaders with the curated, actionable knowledge needed to pick investable and scalable green technologies, while unapologetically flagging areas where business and public interests diverge.

This article focused on four key points for business leaders working to scale solar.

Picture of Gernot Wagner
Gernot Wagner

Columbia Business School’s Climate Knowledge Initiative provides business leaders with the curated, actionable knowledge needed to pick investable and scalable green technologies, while unapologetically flagging areas where business and public interests diverge.

This PPT deck and PDF provides a deep dive into what it would take to decarbonize the cement industry.

Picture of Gernot Wagner
Gernot Wagner

Columbia Business School’s Climate Knowledge Initiative provides business leaders with the curated, actionable knowledge needed to pick investable and scalable green technologies, while unapologetically flagging areas where business and public interests diverge.

This PPT deck and PDF provides a deep dive into what it would take to scale the solar industry.

Picture of Gernot Wagner
Gernot Wagner

Columbia Business School’s Climate Knowledge Initiative provides business leaders with the curated, actionable knowledge needed to pick investable and scalable green technologies, while unapologetically flagging areas where business and public interests diverge.

This article focused on six key points for business leaders working to decarbonize the cement industry.

Picture of Open CC
Open CC

The Open For Good™ initiative provides transparent insight into the state of corporate sustainability disclosure among the S&P 500. Using publicly available data including sustainability reports and regulatory filings, Open for Good analyzes environmental, social, and governance disclosures according to a set of 16 key metrics including climate strategy and impact, diversity, and competencies of the boards of directors. We believe Open for Good’s unbiased and transparent analysis can provide insight into trends in sustainability and highlight areas for improvement.

Picture of Open CC
Open CC

The Climate Risk Wiki is an open-source platform designed to facilitate collaboration and knowledge-sharing around climate-related financial risks. It hosts datasets, analytical tools, and methods focused on physical and transition risks, aiming to support stakeholders like financial institutions, policymakers, and researchers.

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